Tekunora Core Value

The present day education system requires change. Established teaching and learning methodologies have already reached the thresholds. We now look for the future where advanced requirements are required in the education system. Technology cannot be separated from Education and already we have various innovative approaches like Online Courses, mobile learning, inverted classrooms etc. We are here to make the “education revolution” , the one with technology will bring upon a radical transformation in schools and universities.

A virtual environment co-exists with the real environment to provide additional data about the real world and be more informative and more real in Augmented Reality. The apps of AR offers immediate troubleshooting information for a failing equipment. A complete new environmental simulation replaces the real world of the user in virtual reality which is larger than life experience. For example, VR could let a user box with a cartoon version of the individual engaging in VR Science labs.

A virtual environment co-exists with the real environment to provide additional data about the real world and be more informative and more real in Augmented Reality. The apps of AR offers immediate troubleshooting information for a failing equipment. A complete new environmental simulation replaces the real world of the user in virtual reality which is larger than life experience. For example, VR could let a user box with a cartoon version of the individual engaging in VR Science labs.

The present day education system requires change. Established teaching and learning methodologies have already reached the thresholds. We now look for the future where advanced requirements are required in the education system. Technology cannot be separated from Education and already we have various innovative approaches like Online Courses, mobile learning, inverted classrooms etc. We are here to make the “education revolution” , the one with technology will bring upon a radical transformation in schools and universities.

Genetic Engineering, also called Genetic modification or Genetic manipulation, is to use technology to modify and manipulate an organism's genes . This set of technologies are used to change genetic makeup of cells, including the transfer of genes within and across species boundaries to produce improved or novel organisms. This is how a new DNA is obtained by either isolating or copying the genetic material of interest using recombinant DNA methods or by artificially synthesising the DNA.

Nanotechnology or Nanotech, is the use of matter on an atomic, molecular, and supramolecular scale for industrial purposes. Molecular nanotechnology is one of the first used method for fabricating microscale products. The National Nanotechnology Initiative gave a more detailed description nanotechnology is defined as the manipulation of matter with at least one dimension sized from 1 to 100 nanometres (nm).

To conserve our environment, Clean energy is essential to combat the crisis of non-renewable fuels such as gas and oil. Clean energy and renewable energy is different as there is no waste or pollution created by the former as in the case of greenhouse gases like Co2. We have a mission to find solutions and implement them as we are facing climate emergency and energy crisis. Let us invest in Clean Energy!